• Stain-Textured, Micro-Cellular Composition: The alginate powder is designed with a stain-textured, micro-cellular composition, enhancing dimensional stability and fine reproduction in dental impressions.
• Lead-Free: The alginate is free of lead, ensuring safety for both patients and dental professionals.
• Pleasant Mint Flavor: Infused with a pleasant mint flavor to enhance patient comfort during the dental impression procedure.
• Ample Working Time and Controlled Flow: Provides sufficient working time and controlled flow, facilitating precise detailing in dental procedures.
• Reliability: Crafted from high-quality raw materials, ensuring reliability in dental applications.
• Chromatic Feature: The alginate exhibits a chromatic feature, signaling distinct stages through color changes during mixing, working, and setting times.
• Efficiency and Comfort: The advanced features contribute to streamlined dental workflows, providing accurate impressions with patient comfort in mind.

Dpi Chromatex Chromatic Alginate Impression Powder- DPI Chromatex is a leading chromatic alginate impression powder, renowned for its stain-textured, micro-cellular composition. This lead-free powder excels in dimensional stability, ensuring fine reproduction in dental impressions. Infused with a refreshing mint flavor, it prioritizes patient comfort. Offering ample working time and controlled flow, it facilitates precise detailing in dental procedures. Crafted from top-quality raw materials, it guarantees reliability. The chromatic feature, signaling stages through color changes, enhances workflow efficiency for dentists. DPI Chromatex stands as an advanced, valuable tool, contributing to accurate and comfortable dental experiences with its innovative design and enhanced patient-friendly attributes.

Removable prosthesis

Study models

Temporary crown & bridge impression

• 1 x 450gm Alginate Powder

• Ratio 15 gm powder: 40 ml water, as per scoops provided.
• Working time: at 25° C approximately 1.30 mins. from the start of mix.
• Setting time: at 25° C approximately 2.30 mins. from the start of mix.